not Recommend for New Design TM130DZ/CZ/PZ-M,-H HIGH POWER GENERAL USE

Transcription

1 TMDZ/CZ/PZ-M,-H TMDZ/CZ/PZ-M,-H (DZ Type) PPLICTION DC motor control, NC equipment, C motor control, Contactless switches, Electric furnace temperature control, Light dimmers OUTLINE DRWING & CIRCUIT DIGRM 0 6 φ6. 4 M (DZ Type) G IT () verage on-state current... RRM Repetitive peak reverse voltage... /0 DRM Repetitive peak off-state voltage... /0 DOUBLE RMS Insulated Type UL Recognized Yellow Card No. E6 (N) File No. E1 Tab#, t=0. 9 (DZ) (CZ) (PZ) 1 1 LBEL 9 1 Dimensions in mm CR CR CR G G G (Bold line is connective bar.)

2 TMDZ/CZ/PZ-M,-H BSOLUTE MXIMUM RTINGS RRM RSM R (DC) DRM DSM D (DC) IT (RMS) IT () ITSM I t di/dt PGM PG () FGM RGM IFGM Tj Tstg iso Repetitive peak reverse voltage Non-repetitive peak reverse voltage DC reverse voltage Repetitive peak off-state voltage Non-repetitive peak off-state voltage DC off-state voltage RMS on-state current verage on-state current Surge (non-repetitive) on-state current I t for fusing Critical rate of rise of on-state current Peak gate power dissipation verage gate power dissipation Peak gate forward voltage Peak gate reverse voltage Peak gate forward current M Conditions Single-phase, half-wave 1 conduction, TC=8 C One half cycle at Hz, peak value alue for one cycle of surge current D=1/DRM, IG=1.0, Tj=1 C Charged part to case Main terminal screw M8 Mounting screw M6 Typical value H Ratings Junction temperature ~+1 Storage temperature ~+1 Isolation voltage Mounting torque Weight ELECTRICL CHRCTERISTICS IRRM IDRM TM dv/dt GT GD oltage class ~.8 ~ 1.96~.9 IGT Gate trigger current Tj= C, D=6, RL=Ω 1 Rth (j-c) Rth (c-f) Repetitive peak reverse current Repetitive peak off-state current On-state voltage Critical rate of rise of off-state voltage Gate trigger voltage Gate non-trigger voltage Thermal resistance Contact thermal resistance Insulation resistance Tj=1 C, RRM applied Tj=1 C, DRM applied Test conditions Tj=1 C, ITM=, instantaneous meas. Tj=1 C, D=/DRM Tj= C, D=6, RL=Ω Tj=1 C, D=1/DRM Junction to case (per 1/ module) 0~ 00 Limits Case to fin, conductive grease applied (per 1/ module) Measured with a 00 megohmmeter between main terminal and case Min Typ. Max s /µs W W C C N m kg cm N m kg cm g m m /µs m C/W C/W MΩ

3 TMDZ/CZ/PZ-M,-H PERFORMNCE CURES ON-STTE CURRENT () GTE OLTGE () ERGE ON-STTE POWER DISSIPTION (W) Tj=1 C GT=.0 Tj= C IGT= m FGM= 1 GD= MXIMUM ON-STTE CHRCTERISTIC 0 ON-STTE OLTGE () GTE CHRCTERISTICS =0 PG()=.0W GTE CURRENT (m) PGM=W IFGM=4.0 4 MXIMUM ERGE ON-STTE POWER DISSIPTION (SINGLE PHSE HLFWE) 1 ELEMENT RESISTIE, INDUCTIE ERGE ON-STTE CURRENT () SURGE (NON-REPETITIE) ON-STTE CURRENT () TRNSIENT THERML IMPEDNCE ( C/W) MXIMUM TRNSIENT THERML IMPEDNCE (JUNCTION TO CSE) LIMITING LUE OF THE ERGE ON-STTE CURRENT (SINGLE PHSE HLFWE) ELEMENT 0 RTED SURGE (NON-REPETITIE) ON-STTE CURRENT CONDUCTION TIME (CYCLES T Hz) TIME (s) RESISTIE, INDUCTIE = ERGE ON-STTE CURRENT ()

4 TMDZ/CZ/PZ-M,-H ERGE ON-STTE POWER DISSIPTION (W) ERGE ON-STTE POWER DISSIPTION (W) ON-STTE POWER DISSIPTION (W) ( MODULE) 00 =0 1 0 DC RESISTIE, INDUCTIE = MXIMUM ERGE ON-STTE POWER DISSIPTION (RECTNGULR WE) ELEMENT ERGE ON-STTE CURRENT () MXIMUM ERGE ON-STTE POWER DISSIPTION (SINGLE PHSE FULLWE C) RESISTIE, INDUCTIE MODULE RMS ON-STTE CURRENT () MXIMUM ON-STTE POWER DISSIPTION (SINGLE PHSE FULLWE RECTIFIED) RESISTIE, INDUCTIE = DC OUTPUT CURRENT () (PER TWO MODULES) ( MODULE) 0 =0 1 RESISTIE, INDUCTIE 0 DC =0 1 0 RESISTIE, INDUCTIE LIMITING LUE OF THE DC OUTPUT CURRENT (SINGLE PHSE FULLWE RECTIFIED) 0 LIMITING LUE OF THE ERGE ON-STTE CURRENT (RECTNGULR WE) =0 ELEMENT ERGE ON-STTE CURRENT () LIMITING LUE OF THE RMS ON-STTE CURRENT (SINGLE PHSE FULLWE C) MODULE RMS ON-STTE CURRENT () 1 RESISTIE, INDUCTIE DC OUTPUT CURRENT () (PER TWO MODULES)

5 TMDZ/CZ/PZ-M,-H ON-STTE POWER DISSIPTION (W) ( MODULE) MXIMUM ON-STTE POWER DISSIPTION (THREE PHSE FULLWE RECTIFIED) 0 RESISTIE, INDUCTIE = DC OUTPUT CURRENT () (PER THREE MODULES) ( MODULE) LIMITING LUE OF THE DC OUTPUT CURRENT (THREE PHSE FULLWE RECTIFIED) 0 =0 RESISTIE, INDUCTIE DC OUTPUT CURRENT () (PER THREE MODULES)